Ejemplo-en-Matlab-RNA

kriging插值源码，matlab，EasyKrig3.0(kriging interpolation source code, matlab, EasyKrig3.0)

k分布累积分布函数的程序和生成任意一元连续分布随机数(The distribution of K cumulative distribution function of the program，and generate a continuous distribution of random numbers)

a som application, for those who are new in neural network and matlab!

基于matlab的空间圆弧插补与仿真，每个函数独立编写成为m文件，规范化编程接口，希望对大家有用处 (Space-based matlab circular interpolation and simulation, each function independently write m file become standardized programming interfaces, we hope to be useful)

一系列Matlab的m文件的打包，包括Hurst等(A series of Matlab m-file package, including Hurst, etc.)

独立成分分析( I C A) 是一项把混合信号分解成具有统计独立性成分的新技术 。I C A近年已在生物医 域的信号分离中展示 了很好的应用前景 。 我们比较系统地介绍了 I C A的基本原理 、 主要算法 、 应用和 究的发展方向，旨在进一步推动有关的理论与应用研究工作。 (Independent Component Analysis (ICA) is a decomposition of the mixed-signal components into a statistical independence of the new technologies. In recent years, ICA has been in bio-medical domain signal separation show a very good application prospects. We systematically introduced the basic principle of ICA, the main algorithms, applications and the development direction of research aimed at further promoting the application of the theory and research.)

Matlab在图像处理与目标识别方面的应用实验程序示例.包括三个程序以及详细文档(Matlab in image processing and target recognition application example of the experimental procedures. Consists of three procedures, as well as detailed documentation)

对Hamming(7,4),Hamming(15,11),Hamming(31,26)符号的重量分布用MATLAB进行分析(For Hamming codes a resonably simple means of determining the weight structure is available.)

很好的卡尔曼滤波器的实现，跟踪机动目标仿真(Kalman filter to achieve good tracking maneuvering target simulation)

针对目前流行的一种文件格式segy 处理的软件包，( Since the original SEG Y Data Exchange Format [revision 0, reference page 45] was published in 1975 it has achieved widespread usage within the geophysical industry. This widespread usage has brought about many proprietary variations. Since the publication of SEG Y rev 0, the nature of seismic data acquisition, processing and seismic hardware has changed significantly. The introduction of 3-D acquisition techniques and high speed, high capacity recording media dictate the need for revisions to the SEG Y rev 0 format. The major changes introduced by SEG Y rev 1 are: standardizing the location of header information needed for current processing practices and defining a SEG Y data set as a byte stream format. The SEG Technical Standards Committee strongly encourages producers and users of SEG Y data sets to move to the revised standard in an expeditious fashion. )